Used PFEIFFER / BALZERS TMU 262 #9002210 for sale

PFEIFFER / BALZERS TMU 262 is a high-performance turbomolecular pump that is designed for a variety of industrial and scientific applications. It has an excellent pumping speed, which is based on its impressive compression ratio of 100,000:1. This translation into efficient pumping rates to ensure that the least amount of gas molecules remain in the equipment. An integrated omegaRoot drive system is responsible for providing BALZERS TMU 262 with extra robustness and vibration-free operation. This feature is complemented by its superior performance at low pressures, where it can reach pressures of 0.5 x 10^-6 mbar in a matter of seconds. PFEIFFER TMU 262's control unit allows for easy integration into any user interface application such as process control systems. This enables operators to easily see the pump's operational parameters such as pressure, speed, caustic gas, temperature, and anti-contamination status. The pump also features an integrated HD protection which provides an effective and quick auto shut-off mechanism in the event of an emergency situation. In addition, TMU 262's broad range of optional accessories such as connection flanges are designed to ensure easy maintenance and customization to meet each application. This predetermined customization is available in the form of a vacuum gauges, condensate traps and scrubbers. All of these features make PFEIFFER / BALZERS TMU 262 safe and reliable to operate. BALZERS TMU 262 is also well-suited for cryogenic applications as it is capable of producing pressures down to 10-10 mbar in just a few seconds. The standard version of the machine also features an integrated cooling machine that significantly increases the life of the pump and ensures a maintained stable performance against temperature variations. Overall, PFEIFFER TMU 262 is designed renowned for its durable construction, efficient operation, and reliable performance. This turbomolecular pump is the perfect solution for a wide range of industrial and scientific applications. It is an excellent choice when it comes to managing gases at medium to ultrahigh vacuum systems.